---
title: "Acala / Karura Token Dashboard"
output:
  flexdashboard::flex_dashboard:
    orientation: rows
    vertical_layout: scroll
    social: menu
    source_code: embed
---

```{css custom1, echo=FALSE}
.dataTables_scrollBody {
    max-height: 100% !important;
}
```

```{r global, include=FALSE}
# web3.py
# eth95.dev
library(knitr)
knitr::opts_chunk$set(
  message = FALSE,
  warning = FALSE,
  comment = "#>"
)

library(dygraphs)
library(kableExtra)
library(formattable)
library(lubridate)
library(flexdashboard)
library(DT)
library(subscanr)
library(formattable)
library(ghql)
x <- GraphqlClient$new()

# Helper function to concat
`%+%` <- function(a, b) paste0(a, b)

library(reticulate)
# use_python("/opt/homebrew/bin/python3.9")

```

```{python, include=FALSE}
from substrateinterface import SubstrateInterface

import pandas as pd
from datetime import date
import json

# Oliver Corbisiero
# https://github.com/polkadot-js/apps/blob/eb19203f0af55090be3023402f47db8773252cb7/packages/apps-config/src/endpoints/productionRelayPolkadot.ts#L30-L294
# https://github.com/polkadot-js/apps/blob/eb19203f0af55090be3023402f47db8773252cb7/packages/apps-config/src/endpoints/productionRelayKusama.ts#L31-L400

kusama ={
    'Bifrost': 'wss://bifrost-rpc.liebi.com/ws',
    'Aleph Zero': 'wss://ws.azero.dev',
    'Altair': 'wss://fullnode.altair.centrifuge.io',
    'Basilisk': 'wss://rpc-01.basilisk.hydradx.io',
    'BitcountryPioneer': 'wss://pioneer-1-rpc.bit.country',
    'Automata': 'wss://api.ata.network',
    # 'Centrifuge Standalone [Archived]': 'wss://fullnode.centrifuge.io',
    'Calamari': 'wss://ws.calamari.systems/',
    'ChainX': 'wss://mainnet.chainx.org/ws',
    'Crab': 'wss://crab-parachain-rpc.darwinia.network/',
    # 'Competitors Club': 'wss://node0.competitors.club/wss',
    'Creditcoin': 'wss://mainnet.creditcoin.network',
    # 'Crown Sterling': 'wss://blockchain.crownsterling.io',
    # 'Crust Network': 'wss://rpc.crust.network',
    # 'Darwinia': 'wss://rpc.darwinia.network',
    'Darwinia Crab': 'wss://crab-rpc.darwinia.network',
    # 'Dock': 'wss://mainnet-node.dock.io',
    'Encointer': 'wss://kusama.api.encointer.org',
    # 'Edgeware': 'wss://mainnet.edgewa.re',
    'Efinity': 'wss://rpc.efinity.io',
    # 'Equilibrium': 'wss://node.equilibrium.io',
    'Genshiro': 'wss://node.genshiro.io',
    'Heiko': 'wss://parallel-heiko.api.onfinality.io/public-ws',
    # 'Hanonycash': 'wss://rpc.hanonycash.com',
    'HydraDX': 'wss://rpc-01.snakenet.hydradx.io',
    'Integritee': 'wss://kusama.api.integritee.network',
    'Karura': 'wss://karura.polkawallet.io',
    'Khala': 'wss://khala-api.phala.network/ws',
    'Kico': 'wss://rpc.kico.dico.io',
    'Kintsugi': 'wss://api-kusama.interlay.io/parachain',
    'Kpron': 'wss://kusama-kpron-rpc.apron.network/',
    'Kusama': 'wss://kusama.api.onfinality.io/public-ws',
    # 'Kulupu': 'wss://rpc.kulupu.corepaper.org/ws',
    'Kusari': 'wss://ws.kusari.network',
    'Litmus': 'wss://rpc.litmus-parachain.litentry.io',
    'LoomNetwork': 'wss://kusama.dappchains.com',
    'Mangata': 'wss://v4-prod-collator-01.mangatafinance.cloud',
    'Mars': 'wss://wss.mars.aresprotocol.io',
    # 'MathChain': 'wss://mathchain-asia.maiziqianbao.net/ws',
    'MiniX': 'wss://minichain-mainnet.coming.chat/ws',
    'Moonriver': 'wss://wss.api.moonriver.moonbeam.network',
    'Neatcoin': 'wss://rpc.neatcoin.org/ws',
    # 'NFTMart': 'wss://mainnet.nftmart.io/rpc/ws',
    'Nodle': 'wss://main3.nodleprotocol.io',
    'Heiko': 'wss://heiko-rpc.parallel.fi',
    # 'Plasm': 'wss://rpc.plasmnet.io/',
    'Polkadex': 'wss://mainnet.polkadex.trade',
    # 'Polymesh Mainnet': 'wss://mainnet-rpc.polymesh.network',
    'Picasso': 'wss://picasso-rpc.composable.finance',
    'Pichiu': 'wss://kusama.kylin-node.co.uk',
    'Polkasmith': 'wss://wss-polkasmith.polkafoundry.com',
    'Quartz': 'wss://quartz.unique.network',
    # 'RioChain': 'wss://node.v1.riochain.io',
    'Robonomics': 'wss://kusama.rpc.robonomics.network/',
    'Shadow': 'wss://rpc-shadow.crust.network/',
    'Sakura': 'wss://api-sakura.clover.finance',
    'Sora_ksm': 'wss://ws.parachain-collator-1.c1.sora2.soramitsu.co.jp',
    'Subgame': 'wss://gamma.subgame.org/',
    'Subsocial': 'wss://para.subsocial.network',
    'SherpaX': 'wss://mainnet.sherpax.io',
    'Shiden': 'wss://shiden.api.onfinality.io/public-ws',
    'Statemine': 'wss://statemine-rpc.polkadot.io',
    'Stafi': 'wss://mainnet-rpc.stafi.io',
    # 'SORA': 'wss://ws.mof.sora.org',
    # 'Spanner': 'wss://wss.spannerprotocol.com',
    # 'SubGame': 'wss://mainnet.subgame.org/',
    'Subsocial': 'wss://rpc.subsocial.network',
    'Swapdex': 'wss://ws.swapdex.network',
    # 'UniArts': 'wss://mainnet.uniarts.vip:9443',
    'Unorthodox': 'wss://rpc.kusama.standard.tech',
    # 'Westlake': 'wss://westlake.datahighway.com'
    'Zeitgeist': 'wss://rpc-0.zeitgeist.pm'}

kusama_other ={
    'Centrifuge Standalone [Archived]': 'wss://fullnode.centrifuge.io',
    'Competitors Club': 'wss://node0.competitors.club/wss',
    'Crown Sterling': 'wss://blockchain.crownsterling.io',
    'Crust Network': 'wss://rpc.crust.network',
    'Dock': 'wss://mainnet-node.dock.io',
    'Edgeware': 'wss://mainnet.edgewa.re',
    'Equilibrium': 'wss://node.equilibrium.io',
    'Hanonycash': 'wss://rpc.hanonycash.com',
    'HydraDX': 'wss://rpc-01.snakenet.hydradx.io',
    'Kulupu': 'wss://rpc.kulupu.corepaper.org/ws',
    'Kusari': 'wss://ws.kusari.network',
    'MathChain': 'wss://mathchain-asia.maiziqianbao.net/ws',
    'NFTMart': 'wss://mainnet.nftmart.io/rpc/ws',
    'Plasm': 'wss://rpc.plasmnet.io/',
    'Polkadex': 'wss://mainnet.polkadex.trade',
    'Polymesh Mainnet': 'wss://mainnet-rpc.polymesh.network',
    'RioChain': 'wss://node.v1.riochain.io',
    'SORA': 'wss://ws.mof.sora.org',
    'Spanner': 'wss://wss.spannerprotocol.com',
    'SubGame': 'wss://mainnet.subgame.org/',
    'Subsocial': 'wss://rpc.subsocial.network',
    'Swapdex': 'wss://ws.swapdex.network',
    'UniArts': 'wss://mainnet.uniarts.vip:9443',
    'Westlake': 'wss://westlake.datahighway.com'}

polkadot = {'Acala': 'wss://acala-rpc-0.aca-api.network',
            # 'Ares Odyssey': 'wss://wss.odyssey.aresprotocol.io',
            'Astar': 'wss://rpc.astar.network',
            'Bifrost': 'wss://bifrost-rpc.liebi.com/ws',
            'Centrifuge': 'wss://fullnode.parachain.centrifuge.io',
            'Clover': 'wss://rpc-para.clover.finance',
            # 'Coinversation': 'wss://rpc.coinversation.io/',
            'Composable Finance': 'wss://rpc.composable.finance',
            'Crust': 'wss://rpc.crust.network',
            'Darwinia': 'wss://parachain-rpc.darwinia.network',
            'Efinity': 'wss://rpc.efinity.io',
            'Equilibrium': 'wss://node.pol.equilibrium.io/',
            'Geminis': 'wss://rpc.geminis.network',
            'HydraDX': 'wss://rpc-01.hydradx.io',
            'Interlay': 'wss://api.interlay.io/parachain',
            'Kapex': 'wss://k-ui.kapex.network',
            # 'Litentry': 'wss://parachain.litentry.io',
            'Manta': 'wss://kuhlii.manta.systems',
            'Moonbeam': 'wss://wss.api.moonbeam.network',
            'Nodle': 'wss://nodle-parachain.api.onfinality.io/public-ws',
            'Odyssey': 'wss://wss.odyssey.aresprotocol.io',
            'OriginTrail Parachain': 'wss://parachain-rpc.origin-trail.network',
            'Parallel': 'wss://parallel.api.onfinality.io/public-ws',
            'Phala': 'wss://api.phala.network/ws',
            'Polkadex': 'wss://polkadex.api.onfinality.io/public-ws',
            # 'SubDAO': 'wss://parachain-rpc.subdao.org',
            # 'SubGame Gamma': 'wss://gamma.subgame.org/',
            'Unique Network': 'wss://ws.unique.network/',
            'Statemint': 'wss://statemint-rpc.polkadot.io',
            'Polkadot': 'wss://rpc.polkadot.io'}

polkadot_other = {
            'Ares Odyssey': 'wss://wss.odyssey.aresprotocol.io',
            'Coinversation': 'wss://rpc.coinversation.io/',
            'Litentry': 'wss://parachain.litentry.io',
            'OriginTrail Parachain': 'wss://parachain-rpc.origin-trail.network',
            'SubDAO': 'wss://parachain-rpc.subdao.org',
            'SubGame Gamma': 'wss://gamma.subgame.org/'}

    
wss_map = kusama | polkadot
wss_map_df = pd.DataFrame(list(wss_map.items()),columns = ['Name','url'])

wss_map_other = kusama_other | polkadot_other
wss_map_other_df = pd.DataFrame(list(wss_map_other.items()),columns = ['Name','url'])


def get_token_issuance(url):
    data = []
    source = "Tokens"
    try:
        substrate = SubstrateInterface(url)
        hash = substrate.get_chain_finalised_head()
        timestamp = substrate.query(module='Timestamp',storage_function='Now',block_hash=hash).value
        block = substrate.get_block_number(hash)
        result = substrate.query_map(module='Tokens',storage_function='TotalIssuance')
        for res in result:
            # print(f"{url} " + json.dumps(res[0].value))
            try:
                token = res[0].value
                amount = res[1].value            
                outi = {"url": url, "Module": source, "Block": block, "Time": timestamp, 'Token': token, 'Amount': amount}
                data.append(outi)
            except Exception as e:
                token = None
        
        return data
    except Exception as e:
        print("No Tokens for " + url)

def get_balances_issuance(url):
    data = []
    source = "Balances"
    try:
        substrate = SubstrateInterface(url)
        hash = substrate.get_chain_finalised_head()
        timestamp = substrate.query(module='Timestamp',storage_function='Now',block_hash=hash).value
        block = substrate.get_block_number(hash)
        token = substrate.properties['tokenSymbol']
        amount = substrate.query(module='Balances',storage_function='TotalIssuance').value
        outi = {"url": url, "Module": source, "Block": block, "Time": timestamp, 'Token': token, 'Amount': amount}
        data.append(outi)
        return data
    except Exception as e:
        print("No Balances for " + url)


# shiden astar moonbeam moonriver
def get_assets_supply(url):
    data = []
    source = "Assets"
    try:
        substrate = SubstrateInterface(url)
        hash = substrate.get_chain_finalised_head()
        timestamp = substrate.query(module='Timestamp',storage_function='Now',block_hash=hash).value
        block = substrate.get_block_number(hash)
        result = substrate.query_map(module='Assets',storage_function='Asset')
        for res in result:
            try:
                token = res[0].value
                amount = res[1].value['supply']          
                outi = {"url": url, "Module": source, "Block": block, "Time": timestamp, 'Token': token, 'Amount': amount}
                data.append(outi)
            except Exception as e:
                token = None
        return data
    except Exception as e:
        print("No Assets for " + url)
    
def get_homa_stakingLedger(url):
    data = []
    source = "Assets"
    try:
        # url = 'wss://karura.polkawallet.io'
        substrate = SubstrateInterface(url)
        hash = substrate.get_chain_finalised_head()
        timestamp = substrate.query(module='Timestamp',storage_function='Now',block_hash=hash).value
        block = substrate.get_block_number(hash)
        result = substrate.query_map(module='Homa',storage_function='StakingLedgers')
        if url == wss_map['Karura']:
            token = 'KSM (on Homa)'
        elif url == wss_map['Acala']:
            token = 'DOT (on Homa)'
        else:
            token = None
        amount = 0
        for res in result:
            amount += res[1].value['bonded']          
        
        if token != None:
            outi = {"url": url, "Module": source, "Block": block, "Time": timestamp, 'Token': token, 'Amount': amount}
            data.append(outi)
            return data
    except Exception as e:
        print("No Assets for " + url)


today = date.today().strftime("%Y%m%d")

# Production
fname = f"~/R_HOME/karura-reports/tokens_{today}.csv"
mode = "w"
header = True
for key in wss_map:
    url = wss_map[key]
    # url = 'wss://statemine-rpc.polkadot.io'
    out1 = get_token_issuance(url)
    if out1 != None and out1 != []:
        out = pd.DataFrame(out1).merge(wss_map_df, on='url')
        out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
        out.to_csv(fname, mode = mode, index = False, header = header)
        mode = "a"
        header = False
        del out, out1
    out2 = get_balances_issuance(url)
    if out2 != None and out2 != []:
        out = pd.DataFrame(out2).merge(wss_map_df, on='url')
        out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
        out.to_csv(fname, mode = mode, index = False, header = header)
        mode = "a"
        header = False
        del out, out2
    out3 = get_assets_supply(url)
    if out3 != None and out3 != []:
        out = pd.DataFrame(out3).merge(wss_map_df, on='url')
        out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
        out.to_csv(fname, mode = mode, index = False, header = header)
        mode = "a"
        header = False
        del out, out3
    if url == wss_map['Karura'] or  url == wss_map['Acala']:
        out4 = get_homa_stakingLedger(url)
        out = pd.DataFrame(out4).merge(wss_map_df, on='url')
        out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
        out.to_csv(fname, mode = mode, index = False, header = header)
        mode = "a"
        header = False
        del out, out4

# Testing
if False:
  fname = f"~/R_HOME/karura-reports/tokens_testing_{today}.csv"
  mode = "w"
  header = True
  for key in wss_map_other:
      url = wss_map_other[key]
      # url = 'wss://statemine-rpc.polkadot.io'
      out1 = get_token_issuance(url)
      if out1 != None and out1 != []:
          out = pd.DataFrame(out1).merge(wss_map_other_df, on='url')
          out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
          out.to_csv(fname, mode = mode, index = False, header = header)
          mode = "a"
          header = False
          del out, out1
      out2 = get_balances_issuance(url)
      if out2 != None and out2 != []:
          out = pd.DataFrame(out2).merge(wss_map_other_df, on='url')
          out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
          out.to_csv(fname, mode = mode, index = False, header = header)
          mode = "a"
          header = False
          del out, out2
      out3 = get_assets_supply(url)
      if out3 != None and out3 != []:
          out = pd.DataFrame(out3).merge(wss_map_other_df, on='url')
          out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
          out.to_csv(fname, mode = mode, index = False, header = header)
          mode = "a"
          header = False
          del out, out3
      # if url == wss_map_other['Karura'] or  url == wss_map_other['Acala']:
      #     out4 = get_homa_stakingLedger(url)
      #     out = pd.DataFrame(out4).merge(wss_map_other_df, on='url')
      #     out['Time'] = pd.to_datetime(out['Time'],unit='ms').dt.date
      #     out.to_csv(fname, mode = mode, index = False, header = header)
      #     mode = "a"
      #     header = False
      #     del out, out4


```



```{r tokens, cache = TRUE, include=FALSE}

d <- format(today(), "%Y%m%d")
rd <- fread("~/R_HOME/karura-reports/tokens_" %+% d %+% ".csv")
i <- 7
while (i > 1) {
  d2 <- format(today() - i, "%Y%m%d")
  fname <- "~/R_HOME/karura-reports/tokens_" %+% d2 %+% ".csv"
  if (file.exists(fname)) break
  i <- i - 1
}
rd2 <- fread("~/R_HOME/karura-reports/tokens_" %+% d2 %+% ".csv")
rd2 <- rd2[, .(Token, Name, Amount)] %>% setnames("Amount", "priorAmount")
rd <- merge(rd, rd2, by = c("Token","Name"), all = TRUE)
# rd[, 'Amount Change ' %+% i %+% 'D' := Amou]
cols <- c('Name', 'Symbol', 'Block', 'Time', 'Module', 'Amount', 'Amount Change ' %+% i %+% 'D')

# rd[Name == 'acala']

# sort(unique(rd$Token))
# dim(rd)

# rd[, .N, by = Token][N > 1]

# fix Tokens
rd[, Symbol := Token]
rd[Token == "{'ForeignAsset': 0}", Symbol := "RMRK"]
rd[Token == "{'ForeignAsset': 1}", Symbol := "ARIS"]
rd[Token == "{'ForeignAsset': 2}", Symbol := "QTZ"]
rd[Token == "{'ForeignAsset': 3}", Symbol:= "MOVRZ"]
rd[Token == "{'ForeignAsset': 4}", Symbol := "HKO"]
rd[Token == "{'ForeignAsset': 5}", Symbol := "CSM"]
rd[Token == "{'ForeignAsset': 6}", Symbol := "KICO"]
rd[Token == "{'ForeignAsset': 7}", Symbol := "USDT"]
rd[Token == "{'ForeignAsset': 8}", Symbol := "TEER"]
rd[Token == "{'ForeignAsset': 9}", Symbol := "NEER"]
rd[Token == "{'ForeignAsset': 10}", Symbol := "KMA"]
rd[Token == "{'ForeignAsset': 11}", Symbol := "BSX"]
rd[Token == "{'ForeignAsset': 12}", Symbol := "AIR"]
rd[Token == "{'ForeignAsset': 13}", Symbol := "CRAB"]
rd[Token == "{'ForeignAsset': 14}", Symbol := "GENS"]
rd[Token == "{'ForeignAsset': 15}", Symbol := "EQD"]
rd[Token == "{'StableAssetPoolToken': 0}", Symbol := "taiKSM"]
rd[Token == "{'LiquidCrowdloan': 13}", Symbol := "LCDOT"]
rd[Token == "{'Token': 'VSKSM'}", Symbol := "VSKSM"]
rd[Token == "{'Token': 'PHA'}", Symbol := "PHA"]
rd[Token == "{'Token': 'KSM'}", Symbol := "KSM"]
rd[Token == "{'Token': 'KBTC'}", Symbol := "KBTC"]
rd[Token == "{'Token': 'TAI'}", Symbol := "TAI"]
rd[Token == "{'Token': 'LKSM'}", Symbol := "LKSM"]
rd[Token == "{'Token': 'KINT'}", Symbol :="KINT"]
rd[Token == "{'Token': 'KUSD'}", Symbol := "AUSD"]
rd[Token == "{'Token': 'BNC'}", Symbol := "BNC"]
rd[substr(Token, 1, 6) == "['KAR'", Symbol := "KAR"]
rd[Token == "['CRAB', 'CKTON']", Symbol := "CKTON"]                                   
rd[Token == "{'Token': 'LDOT'}", Symbol := "LDOT"]                                  
rd[Token == "{'Token': 'DOT'}", Symbol := "DOT"]            
rd[Token == "{'Token': 'AUSD'}", Symbol := "AUSD"]                                            
rd[Token == "KUSD", Symbol := "AUSD"]                                            
rd[substr(Token, 1, 6) == "['ACA'", Symbol := "ACA"] 
rd[Token == "{'Token': 'INTR'}", Symbol := "INTR"]
rd[substr(Symbol, 1, 1) == "{", Symbol := NA] 

# Shiden
rd[Token == "340282366920938463463374607431768211455" & Name == 'Shiden', Symbol := "KSM"]
rd[Token == "340282366920938463463374607431768211455" & Name == 'Astar', Symbol := "DOT"]
# Moonriver
rd[Token == "108457044225666871745333730479173774551" & Name == 'Moonriver', Symbol := "CSM"]
rd[Token == "76100021443485661246318545281171740067" & Name == 'Moonriver', Symbol := "HKO"]
rd[Token == "328179947973504579459046439826496046832" & Name == 'Moonriver', Symbol := "KBTC"]
rd[Token == "189307976387032586987344677431204943363" & Name == 'Moonriver', Symbol := "PHA"]
rd[Token == "214920334981412447805621250067209749032" & Name == 'Moonriver', Symbol := "AUSD"]
rd[Token == "175400718394635817552109270754364440562" & Name == 'Moonriver', Symbol := "KINT"]
rd[Token == "311091173110107856861649819128533077277" & Name == 'Moonriver', Symbol := "USDT"]
rd[Token == "182365888117048807484804376330534607370" & Name == 'Moonriver', Symbol := "RMRK"]
rd[Token == "42259045809535163221576417993425387648" & Name == 'Moonriver', Symbol := "KSM"]
rd[Token == "10810581592933651521121702237638664357" & Name == 'Moonriver', Symbol := "KAR"]
rd[Token == "319623561105283008236062145480775032445" & Name == 'Moonriver', Symbol := "BNC"]
# Moonbeam
rd[Token == "110021739665376159354538090254163045594" & Name == 'Moonbeam', Symbol := "AUSD"]
rd[Token == "42259045809535163221576417993425387648" & Name == 'Moonbeam', Symbol := "DOT"]
rd[Token == "224821240862170613278369189818311486111" & Name == 'Moonbeam', Symbol := "ACA"]
# Parallel
rd[Token == "100", Symbol := "KSM"]
rd[Token == "101", Symbol := "DOT"]
rd[Token == "103", Symbol := "KUSD"]
rd[Token == "104", Symbol := "AUSD"]
rd[Token == "107", Symbol := "KAR"]
rd[Token == "108", Symbol := "ACA"]
rd[Token == "109", Symbol := "LKSM"]
rd[Token == "110", Symbol := "LDOT"]
rd[Token == "115", Symbol := "PHA"]
rd[Token == "119", Symbol := "KINT"]
rd[Token == "121", Symbol := "KBTC"]
rd[Token == "123", Symbol := "GENS"]
rd[Token == "1000", Symbol := "sKSM"]
rd[Token == "1001", Symbol := "sDOT"]

# rd[is.na(Symbol), .N, by = Name]
# rd[is.na(Symbol)]
# rd[, .(Token, Symbol)]
# rd[Name == 'Karura']
# rd[, .N, by = Symbol][N > 1]

rd <- merge(rd, subscanr::tokens[, .(Token, decimals)], by.x = "Symbol", by.y = "Token")
rd <- rd[!duplicated(Name, Symbol)]
rd[, adj := 10 ** as.numeric(decimals)]
rd[, Amount := as.numeric(Amount) / adj]
rd[, priorAmount := as.numeric(priorAmount) / adj]
rd[, change := round(Amount - priorAmount, 2)]

rd$change = ifelse(rd$change < 0, 
                   cell_spec(rd$change, color = "red"), 
                   cell_spec(rd$change, color = "green"))

setnames(rd, 'change', 'Amount Change ' %+% i %+% 'D')

```

# DOT {.tabset}

Row
----

### DOT

```{r DOT}

dot <- rd[Time == max(Time) & Amount > 1 & (Symbol == 'DOT' | Symbol == 'DOT (on Homa)'), ..cols] %>%
  setorder(-Amount)
dot[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(dot, escape = FALSE, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

Row
----

### LDOT

```{r LDOT}

ldot <- rd[Amount > 1 & Symbol == 'LDOT', ..cols] %>%
  setorder(-Amount)
ldot[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(ldot, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

Row
----

### LCDOT

```{r LCDOT}

lcdot <- rd[Amount > 1 & Symbol == 'LCDOT', ..cols] %>%
  setorder(-Amount)
lcdot[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(lcdot, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

# KSM {.tabset}

Row
----

### KSM

```{r KSM}

ksm <- rd[Amount > 1 & (Symbol == 'KSM' | Symbol == 'KSM (on Homa)'), ..cols] %>%
  setorder(-Amount)
ksm[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(ksm, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

Row
----

### LKSM

```{r LKSM}

lksm <- rd[Amount > 1 & Symbol == 'LKSM', ..cols] %>%
  setorder(-Amount)
lksm[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(lksm, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

# AUSD {.tabset}

Row
----

### AUSD

```{r AUSD}

ausd <- rd[Amount > 1 & Symbol == 'AUSD', ..cols] %>%
  setorder(-Amount)
ausd[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(ausd, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

# KBTC {.tabset}

Row
----

### KBTC

```{r KBTC}

kbtc <- rd[Amount > 1 & Symbol == 'KBTC', ..cols] %>%
  setorder(-Amount)
kbtc[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(kbtc, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

# KINT {.tabset}

Row
----

### KINT

```{r KINT}

kint <- rd[Amount > 1 & Symbol == 'KINT', ..cols] %>%
  setorder(-Amount)
kint[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(kint, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```

# PHA {.tabset}

Row
----

### PHA

```{r PHA}

pha <- rd[Amount > 1 & Symbol == 'PHA', ..cols] %>%
  setorder(-Amount)
pha[, `Current Percent` := round((Amount / sum(Amount)) * 100, 2)]

knitr::kable(pha, escape = FALSE, decimals = 2, format.args = list(big.mark = ",")) %>%
  kable_styling()

```